Explanation:
yes there is a one in four chance the kid could have type O blood because the father and mother could pass on their A or O gene version
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Answer:
The density would stay the same.
Explanation:
The density would stay the same as density is an intensive property meaning it doesn't change based on the amount of matter that you have.
Answer:
Option B, A phosphatase removes the phosphate group from phosphorylated amino acid residues in a protein.
Explanation:
A phosphatase enzyme is responsible for removing phosphate group from a protein.
This usually happens during the chemical process of hydrolysis in which phosphomonoester is hydrolysed using phosphatase as a catalyst..
The final output of this reaction are -
a) Phospahte ion with OH group attached to it
b) H+ ion attaching to the hydroxyl group of the other product.
c) Splitting of water
Option B is correct
You can take timed showers.
You can turn of the water whiles your brushing you teeth
Explanation:
At position 12 of G protein Ras there is a normal amino acid attached to it called Glycine. Which make Ras protein a highly controlled protein. However, there is another amino acid called aspartate at 12 position which make Ras vulnerable by the formation of weak GTPase enzyme activity and GTP binding. Which prevent Ras from turning off. This the reason why aspartate in oncogenic. Furthermore, weak binding of GTP has influence because its binding can not be hydrolyzed.
Reference Research Paper
Morris, K. M., Henderson, R., Suresh Kumar, T. K., Heyes, C. D., & Adams, P. D. (2016). Intrinsic GTP hydrolysis is observed for a switch 1 variant of Cdc42 in the presence of a specific GTPase inhibitor. Small GTPases, 7(1), 1-11.
